【TCAX模板】罪恶王冠 Guilty Crown OP2

最近复习了一下TCAX的用法，用夏天前辈分享的代码（[附加效果] ext_fluf002）改了下配合彗星体中日匹配做了罪恶王冠OP2的特效，太久没人做动画这块的科幻风歌词特效了。。。_(:з」∠)_

另外这六边形代码我暂时还没找到精简的方法，做两段效果时复制粘贴了一次，不知道有没有方法只留一段六边形代码然后跨行给多个ass_main行使用（找到方法了我还会再改的）。。。_(:з」∠)_

内附ass、py、tcc文件以及字体文件的下载链接：

https://github.com/Seekladoom/TCAX-Karaoke-Effect-287-Templates/blob/main/TCAX%20Template/OPED%E6%A8%A1%E6%9D%BF/%5BSeek%5D%20%E7%BD%AA%E6%81%B6%E7%8E%8B%E5%86%A0%20Guilty%20Crown%20OP2.rar

注：以后我自己写的中日双语特效，tcc文件中的字体名称一律使用Sarasa Gothic J Semibold（更纱黑体日文版的Semibold字重），这个字体的字数足够多（换成微软雅黑、黑体、楷体、平方等字数在27000以上的字体也行，没有的话就把字体装上。），因此可以确保TCAX运行时不会因为TCC中的日文或中文字体缺字而无法正常运行，具体的中日字体名称修改可以放到py脚本中去修改即可，就像下面这样：

fn('FOT-Comet Std B')
fn('MZhiHei PRC UltraBold')

如此一来也算是让TCAX在字体上挣脱了必须在TCC文件中修改字体名称且只能用英文名称的限制了。

单段特效：红色文字和六边形

from tcaxPy import *

def tcaxPy_Init():
    global _FD                              # frame duration, in millisecond
    global _Blur, _Bord
    global _FS
    _FD = 1000 / GetVal(val_FXFPS)
    _Blur = GetVal(val_Blur)
    _Bord = GetVal(val_Bord)
    _FS = GetVal(val_FontSize)

def tcaxPy_Fin():
    pass

def tcaxPy_Main(_i, _j, _n, _start, _end, _elapk, _k, _x, _y, _a, _txt):
    ASS_BUF = []        # used for saving ASS FX lines

    # ----------OPJP----------
    if _i < 12:
        ass_main(ASS_BUF, SubL(_start+_j*3-20,_start+_elapk,1,'OPJP'), pos(_x,_y)+color1('1F20EF')+color3('FFFFFF')+b(1)+blur(4)+fad(200,0)+fn('FOT-Comet Std B'), _txt)                                 #入场特效 - start2syl
        ass_main(ASS_BUF, SubL(_start+_elapk,_start+_elapk+_k,1,'OPJP'), pos(_x,_y)+color1('1F20EF')+color3('FFFFFF')+t(color1('FFFFFF')+color3('1F20EF'))+b(1)+blur(4)+fn('FOT-Comet Std B'), _txt)     #卡拉OK特效 - syl
        ass_main(ASS_BUF, SubL(_start+_elapk+_k,_end-(_n-_j-1)*3+20,1,'OPJP'), pos(_x,_y)+color1('FFFFFF')+color3('1F20EF')+b(1)+blur(4)+fad(0,200)+fn('FOT-Comet Std B'), _txt)                         #退场特效 - syl2end

        hexagon = 'm -6 -10 l 6 -10 l 12 0 l 6 10 l -6 10 l -12 0 l -6 -10 '
        clist = []
        able = []
        f = 10
        zoom1 = 45
        zoom2 = 52
        initx = int(GetVal(5) // 2 - _n / 2 * _FS - 55)
        lastx = int(GetVal(5) // 2 + _n / 2 * _FS + 55)
        inity = int(_y - _FS)
        for x in range(initx - f * 1 , lastx + _a + f * 2, f * 2):
            for y in range(inity - f * 0, _y + _FS + f * 1, f):
                clist.append((x, y))
        for x in range(initx - f * 2 , lastx + _a + f * 1, f * 2):
            for y in range(inity - f // 2 - f * 0, _y + _FS - f // 2 + f * 1, f):
                clist.append((x, y))
        for (px, py) in clist:
            if (px - _x) ** 2 + (py - _y) ** 2 <= 30 ** 2:
                able.append((px, py))

        count = int(_k * 1.6)
        for i in range(count):
            pt = choice(able)
            px = pt[0]
            py = pt[1]
            st = randint(_start + _elapk - 10, _start + _elapk + _k)
            et = st + randint(55, 75)
            if st >= _start + _elapk + _k - 5:
                et = st + randint(70, 100)
            dur = et - st - 10
            transp = 50
            ass_main(ASS_BUF, SubL(st, et, 0, 'OPJP'), pos(px, py+10) + color3('FFFFFF') + color1('1F20EF') + alpha1(255) + alpha3(transp) + bord(1) + fad(100, dur * 10) + fsc(zoom1, zoom1), r'{\\p1}'+ hexagon +'{\\p0}')
            ass_main(ASS_BUF, SubL(st, et, 0, 'OPJP'), pos(px, py+10) + color3('FFFFFF') + color1('1F20EF') + alpha1(100) + alpha3(transp) + bord(1) + fad(100, dur * 10) + fsc(zoom2, zoom2), r'{\\p1}'+ hexagon +'{\\p0}')

    # ----------OPCN----------
    if _i > 11:
        ass_main(ASS_BUF, SubL(_start+_j*3-20,_end-(_n-_j-1)*3+20,1,'OPCN'), pos(_x,_y+993)+color1('FFFFFF')+color3('1F20EF')+blur(4)+fad(200,200)+fax(-0.11)+fn('MZhiHei PRC UltraBold')+fs(66)+fscx(85)+'\\fsp11', _txt)  #整体特效 - line

    return (ASS_BUF, None)

两段特效：红色文字和六边形+蓝色文字和六边形

写法1：直接复制粘贴

from tcaxPy import *

def tcaxPy_Init():
    global _FD                              # frame duration, in millisecond
    global _Blur, _Bord
    global _FS
    _FD = 1000 / GetVal(val_FXFPS)
    _Blur = GetVal(val_Blur)
    _Bord = GetVal(val_Bord)
    _FS = GetVal(val_FontSize)

def tcaxPy_Fin():
    pass

def tcaxPy_Main(_i, _j, _n, _start, _end, _elapk, _k, _x, _y, _a, _txt):
    ASS_BUF = []        # used for saving ASS FX lines

    # ----------OPJP----------
    if _i < 6:
        ass_main(ASS_BUF, SubL(_start+_j*3-20,_start+_elapk,1,'OPJP'), pos(_x,_y)+color1('1F20EF')+color3('FFFFFF')+b(1)+blur(4)+fad(200,0)+fn('FOT-Comet Std B'), _txt)                                 #入场特效 - start2syl
        ass_main(ASS_BUF, SubL(_start+_elapk,_start+_elapk+_k,1,'OPJP'), pos(_x,_y)+color1('1F20EF')+color3('FFFFFF')+t(color1('FFFFFF')+color3('1F20EF'))+b(1)+blur(4)+fn('FOT-Comet Std B'), _txt)     #卡拉OK特效 - syl
        ass_main(ASS_BUF, SubL(_start+_elapk+_k,_end-(_n-_j-1)*3+20,1,'OPJP'), pos(_x,_y)+color1('FFFFFF')+color3('1F20EF')+b(1)+blur(4)+fad(0,200)+fn('FOT-Comet Std B'), _txt)                         #退场特效 - syl2end

        hexagon = 'm -6 -10 l 6 -10 l 12 0 l 6 10 l -6 10 l -12 0 l -6 -10 '
        clist = []
        able = []
        f = 10
        zoom1 = 45
        zoom2 = 52
        initx = int(GetVal(5) // 2 - _n / 2 * _FS - 55)
        lastx = int(GetVal(5) // 2 + _n / 2 * _FS + 55)
        inity = int(_y - _FS)
        for x in range(initx - f * 1 , lastx + _a + f * 2, f * 2):
            for y in range(inity - f * 0, _y + _FS + f * 1, f):
                clist.append((x, y))
        for x in range(initx - f * 2 , lastx + _a + f * 1, f * 2):
            for y in range(inity - f // 2 - f * 0, _y + _FS - f // 2 + f * 1, f):
                clist.append((x, y))
        for (px, py) in clist:
            if (px - _x) ** 2 + (py - _y) ** 2 <= 30 ** 2:
                able.append((px, py))

        count = int(_k * 1.6)
        for i in range(count):
            pt = choice(able)
            px = pt[0]
            py = pt[1]
            st = randint(_start + _elapk - 10, _start + _elapk + _k)
            et = st + randint(55, 75)
            if st >= _start + _elapk + _k - 5:
                et = st + randint(70, 100)
            dur = et - st - 10
            transp = 50
            ass_main(ASS_BUF, SubL(st, et, 0, 'OPJP'), pos(px, py+10) + color3('FFFFFF') + color1('1F20EF') + alpha1(255) + alpha3(transp) + bord(1) + fad(100, dur * 10) + fsc(zoom1, zoom1), r'{\\p1}'+ hexagon +'{\\p0}')
            ass_main(ASS_BUF, SubL(st, et, 0, 'OPJP'), pos(px, py+10) + color3('FFFFFF') + color1('1F20EF') + alpha1(100) + alpha3(transp) + bord(1) + fad(100, dur * 10) + fsc(zoom2, zoom2), r'{\\p1}'+ hexagon +'{\\p0}')

    # ----------OPJP2----------
    if _i > 5 and _i < 12:
        ass_main(ASS_BUF, SubL(_start+_j*3-20,_start+_elapk,1,'OPJP2'), pos(_x,_y)+color1('FFBC11')+color3('FFFFFF')+b(1)+blur(4)+fad(200,0)+fn('FOT-Comet Std B'), _txt)                                 #入场特效 - start2syl
        ass_main(ASS_BUF, SubL(_start+_elapk,_start+_elapk+_k,1,'OPJP2'), pos(_x,_y)+color1('FFBC11')+color3('FFFFFF')+t(color1('FFFFFF')+color3('FFBC11'))+b(1)+blur(4)+fn('FOT-Comet Std B'), _txt)     #卡拉OK特效 - syl
        ass_main(ASS_BUF, SubL(_start+_elapk+_k,_end-(_n-_j-1)*3+20,1,'OPJP2'), pos(_x,_y)+color1('FFFFFF')+color3('FFBC11')+b(1)+blur(4)+fad(0,200)+fn('FOT-Comet Std B'), _txt)

        hexagon = 'm -6 -10 l 6 -10 l 12 0 l 6 10 l -6 10 l -12 0 l -6 -10 '
        clist = []
        able = []
        f = 10
        zoom1 = 45
        zoom2 = 52
        initx = int(GetVal(5) // 2 - _n / 2 * _FS - 55)
        lastx = int(GetVal(5) // 2 + _n / 2 * _FS + 55)
        inity = int(_y - _FS)
        for x in range(initx - f * 1 , lastx + _a + f * 2, f * 2):
            for y in range(inity - f * 0, _y + _FS + f * 1, f):
                clist.append((x, y))
        for x in range(initx - f * 2 , lastx + _a + f * 1, f * 2):
            for y in range(inity - f // 2 - f * 0, _y + _FS - f // 2 + f * 1, f):
                clist.append((x, y))
        for (px, py) in clist:
            if (px - _x) ** 2 + (py - _y) ** 2 <= 30 ** 2:
                able.append((px, py))

        count = int(_k * 1.6)
        for i in range(count):
            pt = choice(able)
            px = pt[0]
            py = pt[1]
            st = randint(_start + _elapk - 10, _start + _elapk + _k)
            et = st + randint(55, 75)
            if st >= _start + _elapk + _k - 5:
                et = st + randint(70, 100)
            dur = et - st - 10
            transp = 50
            ass_main(ASS_BUF, SubL(st, et, 0, 'OPJP2'), pos(px, py+10) + color3('FFFFFF') + color1('FFBC11') + alpha1(255) + alpha3(transp) + bord(1) + fad(100, dur * 10) + fsc(zoom1, zoom1), r'{\\p1}'+ hexagon +'{\\p0}')
            ass_main(ASS_BUF, SubL(st, et, 0, 'OPJP2'), pos(px, py+10) + color3('FFFFFF') + color1('FFBC11') + alpha1(100) + alpha3(transp) + bord(1) + fad(100, dur * 10) + fsc(zoom2, zoom2), r'{\\p1}'+ hexagon +'{\\p0}')

    # ----------OPCN----------
    if _i > 11 and _i < 18:
        ass_main(ASS_BUF, SubL(_start+_j*3-20,_end-(_n-_j-1)*3+20,1,'OPCN'), pos(_x,_y+993)+color1('FFFFFF')+color3('1F20EF')+blur(4)+fad(200,200)+fax(-0.11)+fn('MZhiHei PRC UltraBold')+fs(66)+fscx(85)+'\\fsp11', _txt)  #整体特效 - line

    # ----------OPCN2----------
    if _i > 17:
        ass_main(ASS_BUF, SubL(_start+_j*3-20,_end-(_n-_j-1)*3+20,1,'OPCN2'), pos(_x,_y+993)+color1('FFFFFF')+color3('FFBC11')+blur(4)+fad(200,200)+fax(-0.11)+fn('MZhiHei PRC UltraBold')+fs(66)+fscx(85)+'\\fsp11', _txt)  #整体特效 - line

    return (ASS_BUF, None)

写法2：为节省代码行数，把绘图代码的if代码块写进for循环

from tcaxPy import *

def tcaxPy_Init():
    global _FD                              # frame duration, in millisecond
    global _Blur, _Bord
    global _FS
    _FD = 1000 / GetVal(val_FXFPS)
    _Blur = GetVal(val_Blur)
    _Bord = GetVal(val_Bord)
    _FS = GetVal(val_FontSize)

def tcaxPy_Fin():
    pass

def tcaxPy_Main(_i, _j, _n, _start, _end, _elapk, _k, _x, _y, _a, _txt):
    ASS_BUF = []        # used for saving ASS FX lines

    # ----------tcax line----------
    hexagon = 'm -6 -10 l 6 -10 l 12 0 l 6 10 l -6 10 l -12 0 l -6 -10 '
    hlist = []
    able = []
    f = 10
    zoom1 = 45
    zoom2 = 52
    initx = int(GetVal(5) // 2 - _n / 2 * _FS - 55)
    lastx = int(GetVal(5) // 2 + _n / 2 * _FS + 55)
    inity = int(_y - _FS)
    for x in range(initx - f * 1 , lastx + _a + f * 2, f * 2):
        for y in range(inity - f * 0, _y + _FS + f * 1, f):
            hlist.append((x, y))
    for x in range(initx - f * 2 , lastx + _a + f * 1, f * 2):
        for y in range(inity - f // 2 - f * 0, _y + _FS - f // 2 + f * 1, f):
            hlist.append((x, y))
    for (px, py) in hlist:
        if (px - _x) ** 2 + (py - _y) ** 2 <= 30 ** 2:
            able.append((px, py))

    count = int(_k * 1.6)
    for i in range(count):
        pt = choice(able)
        px = pt[0]
        py = pt[1]
        st = randint(_start + _elapk - 10, _start + _elapk + _k)
        et = st + randint(55, 75)
        if st >= _start + _elapk + _k - 5:
            et = st + randint(70, 100)
        dur = et - st - 10
        transp = 50

    # ----------绘图代码行----------
        if _i < 6:#OPJP
            ass_main(ASS_BUF, SubL(st, et, 0, 'OPJP'), pos(px, py+10) + color3('FFFFFF') + color1('1F20EF') + alpha1(255) + alpha3(transp) + bord(1) + fad(100, dur * 10) + fsc(zoom1, zoom1) + p(1), hexagon)
            ass_main(ASS_BUF, SubL(st, et, 0, 'OPJP'), pos(px, py+10) + color3('FFFFFF') + color1('1F20EF') + alpha1(100) + alpha3(transp) + bord(1) + fad(100, dur * 10) + fsc(zoom2, zoom2) + p(1), hexagon)

        if _i > 5 and _i < 12:#OPJP2
            ass_main(ASS_BUF, SubL(st, et, 0, 'OPJP2'), pos(px, py+10) + color3('FFFFFF') + color1('FFBC11') + alpha1(255) + alpha3(transp) + bord(1) + fad(100, dur * 10) + fsc(zoom1, zoom1) + p(1), hexagon)
            ass_main(ASS_BUF, SubL(st, et, 0, 'OPJP2'), pos(px, py+10) + color3('FFFFFF') + color1('FFBC11') + alpha1(100) + alpha3(transp) + bord(1) + fad(100, dur * 10) + fsc(zoom2, zoom2) + p(1), hexagon)

    # ----------文本行----------
    if _i < 6:#OPJP
        ass_main(ASS_BUF, SubL(_start+_j*3-20,_start+_elapk,1,'OPJP'), pos(_x,_y)+color1('1F20EF')+color3('FFFFFF')+b(1)+blur(4)+fad(200,0)+fn('FOT-Comet Std B'), _txt)                                 #入场特效 - start2syl
        ass_main(ASS_BUF, SubL(_start+_elapk,_start+_elapk+_k,1,'OPJP'), pos(_x,_y)+color1('1F20EF')+color3('FFFFFF')+t(color1('FFFFFF')+color3('1F20EF'))+b(1)+blur(4)+fn('FOT-Comet Std B'), _txt)     #卡拉OK特效 - syl
        ass_main(ASS_BUF, SubL(_start+_elapk+_k,_end-(_n-_j-1)*3+20,1,'OPJP'), pos(_x,_y)+color1('FFFFFF')+color3('1F20EF')+b(1)+blur(4)+fad(0,200)+fn('FOT-Comet Std B'), _txt)                         #退场特效 - syl2end

    if _i > 5 and _i < 12:#OPJP2
        ass_main(ASS_BUF, SubL(_start+_j*3-20,_start+_elapk,1,'OPJP2'), pos(_x,_y)+color1('FFBC11')+color3('FFFFFF')+b(1)+blur(4)+fad(200,0)+fn('FOT-Comet Std B'), _txt)                                 #入场特效 - start2syl
        ass_main(ASS_BUF, SubL(_start+_elapk,_start+_elapk+_k,1,'OPJP2'), pos(_x,_y)+color1('FFBC11')+color3('FFFFFF')+t(color1('FFFFFF')+color3('FFBC11'))+b(1)+blur(4)+fn('FOT-Comet Std B'), _txt)     #卡拉OK特效 - syl
        ass_main(ASS_BUF, SubL(_start+_elapk+_k,_end-(_n-_j-1)*3+20,1,'OPJP2'), pos(_x,_y)+color1('FFFFFF')+color3('FFBC11')+b(1)+blur(4)+fad(0,200)+fn('FOT-Comet Std B'), _txt)                         #退场特效 - syl2end

    if _i > 11 and _i < 18:#OPCN
        ass_main(ASS_BUF, SubL(_start+_j*3-20,_end-(_n-_j-1)*3+20,1,'OPCN'), pos(_x,_y+993)+color1('FFFFFF')+color3('1F20EF')+blur(4)+fad(200,200)+fax(-0.11)+fn('MZhiHei PRC UltraBold')+fs(66)+fscx(85)+'\\fsp11', _txt)  #整体特效 - line

    if _i > 17:#OPCN2
        ass_main(ASS_BUF, SubL(_start+_j*3-20,_end-(_n-_j-1)*3+20,1,'OPCN2'), pos(_x,_y+993)+color1('FFFFFF')+color3('FFBC11')+blur(4)+fad(200,200)+fax(-0.11)+fn('MZhiHei PRC UltraBold')+fs(66)+fscx(85)+'\\fsp11', _txt)  #整体特效 - line

    return (ASS_BUF, None)